Predicting connectivity, or how landscapes alter movement, is essential for understanding
the scope for species persistence with environmental change. Although it is well known that …

Context Dispersal typically consists of three components—departure, transience and
settlement—each of which can be influenced by the landscape. A fundamental aspect of …

Genetic connectivity lies at the heart of evolutionary theory, and landscape genetics has
rapidly advanced to understand how gene flow can be impacted by the environment …

This paper studies a general class of interdiction problems in which the solution space of
both the leader and follower are characterized by two discrete sets denoted the leader's …

Internet of Things (IoT) is a networking paradigm that interconnects physical systems to the
cyber world, to provide automation and intelligence via interdependent links between the …

In this paper, we study the problem of designing a hub network that is robust against
deliberate attacks (interdictions). The problem is modeled as a three-level, two-player …

Quantifying landscape connectivity is fundamental to better understand and predict how
populations respond to environmental change. Currently, popular methods to quantify …

We present a progressive approximation algorithm for the exact solution of several classes
of interdiction games in which two noncooperative players (namely an attacker and a …

Many relevant applications from diverse areas such as marketing, wildlife conservation, and
defending critical infrastructure can be modeled as interdiction games. In this work, we …

This paper studies the continuous maximum capacity path interdiction problem, where two
players, user and interdictor, compete in a capacitated network. The user wants to send the …